07.10.17
Edward Li, San Diego, CA.
Filed: 8/17/16
Issued: 5/16/17
An incontinence monitoring system comprising: a moisture sensor module, said sensor module comprising; a condition-responsive sensor coupled for producing acquired sensor data; an RFID tag comprising an antenna having a resonant frequency; said RFID tag further comprising a programmable memory, a microprocessor coupled for receiving the acquired sensor data and for comparing acquired sensor data to at least one preselected threshold level; a controller coupled to receive inputs indicative of at least an identification to program into the RFID tag; said controller and said RFID tag comprising components to provide power to communicate across a preselected vector distance; and
a transceiver, said transceiver being coupled to said controller and wherein said controller is programmable to power said transceiver to transmit intermittently, whereby radiation dosage from said transceiver is maintained below a preselected limit.
Filed: 8/17/16
Issued: 5/16/17
An incontinence monitoring system comprising: a moisture sensor module, said sensor module comprising; a condition-responsive sensor coupled for producing acquired sensor data; an RFID tag comprising an antenna having a resonant frequency; said RFID tag further comprising a programmable memory, a microprocessor coupled for receiving the acquired sensor data and for comparing acquired sensor data to at least one preselected threshold level; a controller coupled to receive inputs indicative of at least an identification to program into the RFID tag; said controller and said RFID tag comprising components to provide power to communicate across a preselected vector distance; and
a transceiver, said transceiver being coupled to said controller and wherein said controller is programmable to power said transceiver to transmit intermittently, whereby radiation dosage from said transceiver is maintained below a preselected limit.
